Science should be FAIR. A @ScienceAdvances study suggested HSV can establish latency in non-neuronal cells, but a reanalysis by our lab and an international team of herpesvirus researchers contradicts these findings.
What is your thought about this?
https://t.co/192GU38AX9
Het is gordelroos bewustwordingsweek, @HerpesLabNL onderzoekt en informeert over de gevolgen van Varicella Zoster Virus infectie.
@RTV_Rijnmond@ErasmusMC
https://t.co/Aaz4BwS4w6
Waarom kom je nooit van een koortslip af?
Een prachtige uitleg van Michiel van Gent van ons lab over herpesvirussen. @michielvgent@ErasmusMC@UniversiteitNL
https://t.co/LXwRc5jwa7
Exciting News! Our research paper on "Herpes Simplex Virus Infection Induces Necroptosis of Neurons and Astrocytes in Human Fetal Organotypic Brain Slice Cultures" has been published!
https://t.co/jNC1FwpS2N
#Research#Virology#HerpesSimplexVirus
Interesting publication from Sara Dochal and Anna Cliffe on the importance of c-Jun during Stage-II reactivation of HSV-1 and how de novo infection conditions can have an effect on virus reactivation!
https://t.co/TnwYQyOnQX
What happens to T cell immunity in skin after shingles? Very exciting collaboration with @KerryJL and @DavidKoelle2 shows that VZV-specific T cells persist as tissue-resident T cells in healed skin, but not unaffected skin areas!
https://t.co/xRn7caGUoN
Excited to share our latest publication:
T-cells in human trigeminal ganglia express canonical tissue-resident memory T-cell markers | Journal of Neuroinflammation | Full Text https://t.co/aDiaYsBEXd
Congratulations, Mike! After performing an 8-month internship in the HerpesLab, Mike Eterman received his MSc degree in Biomedical Sciences (Leiden University Medical Center) from @OuwendijkWerner
Interested in T cell immunology and herpesviruses?
We are looking for a Senior post-doctoral researcher that will be working on Human virus-specific tissue-resident T cells
👇
The project will involve detailed analysis of the phenotype, fine antigen specificity and spatial orientation of human HSV-1 reactive CD4 and CD8 TRM cells in trigeminal ganglia (immune control) and corneas (immunopathogenesis) of latently HSV-1-infected individuals.